The PRT Shoe Scanner is a floor-mounted 3D imaging system that uses harmless millimeter wave imaging techniques combined with artificial intelligence to inspect footwear without the need for removal by the wearer.

“We have worked with members of the team from Plymouth Rock Technologies over a number of years and believe they are ideally placed to commercialise the IP generated at the University on the global stage,” stated Professor Paul Hooper, Head of Enterprise Development, Faculty of Science and Engineering at Manchester Metropolitan University.

“This is a key milestone for the strategic direction and value foundation for Plymouth Rock,”stated Carl Cagliarini, VP Business Development & Market Strategy. “The technologies employed in this device serve a clear mission – the Shoe Scanner will scan anddetectweaponry, explosive substances, compounds, or electronics concealed in shoes and other footwear at airports and other public and private venues.”

With various commercial applications, theShoe Scanner can also detect and highlight irregular modifications that have been made to the structure of the shoe. The effort and motive for someone to modify a shoe to secretly accommodate materials or items is usually in the pursuit of an illegal or malevolent outcome.

The need for this technology has been deemed of paramount importance since the attempt of an Al-Qaeda terrorist to detonate an explosive device concealed in his shoes on American Airlines flight 63, shortly after the 9/11 attacks in 2001,” stated Dana Wheeler, President and CEO of Plymouth Rock. “Almost 18 years since this event, the security and scientific community have been unable to develop aneffective technology to screen for concealed items. This wasdue to the complexities of shoe structures and the intricacies of fusing thescienceof millimeter wave together withartificial intelligence capabilities.”

In June 2019, the United States Department of Homeland Security (DHS) Science and Technology Directorate (S&T)prioritized themission of bringingshoe scanner technology to security checkpoints. In order to assist and meet this call,PRT’s technical team have been working on several proprietary aspects of the Shoe Scanner technology roadmap to enhance, update and industrialize the PRT Shoe Scanner for commercial use. After extensive testing, 3D images produced from the scanner are compelling, and believed to be far in advance of any other existing technology designed for this purpose.

PRT is a strategic member of the National Safe Skies Alliance, an organization funded by the FAA.Ourimmediate and primary focus is to collaborate with the United States DHS on this program as well as pursue other strategic partnerships with federal agencies and industry organizations. In parallel, PRT is pursuingthe license rightsof the technology from global defence and airport security manufacturers.

About Manchester Metropolitan University

Manchester Metropolitan University(“MMU”) is apublic universitylocated in Manchester, England. The university traces its origins to theManchester Mechanics Institute and theManchester School of Design, which formedManchester Polytechnicin 1970. Manchester Polytechnicthen gaineduniversity statusunder the government'sFurther and Higher Education Act, becoming the Manchester Metropolitan University in 1992. Today, it is headquartered in the city ofManchester, with additional facilities inCheshire.

About National Safe Skies Alliance

National Safe Skies Alliance, Inc. (Safe Skies)is a non-profit organization that works with airports, government, and industry to maintain a safe and effective aviation security system. Since 1997, we have been a trusted resource for decision makers seeking impartial information on airport security technologies and procedures.

Funding for our programs is provided by the Federal Aviation Administration (FAA)

About the Department of Homeland Security (DHS)Science and Technology Directorate(S&T)

Technology and threats evolve rapidly in today’s ever-changing environment. Researchers test non-hazardous training aids in large crowd settings. The Science and Technology Directorate’s Explosives Detection Canine program helps detection canine teams identify new explosive compounds through non-hazardous training aids and increase their proficiency through realistic self-assessment and training events across the country.The Department of Homeland Security (DHS) Science and Technology Directorate (S&T) monitors those threats and rapidly capitalizes on technological advancements, developing solutions and bridging capability gaps at a pace that mirrors the speed of life.

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